Abstract: Apparatuses and methods for MRI take advantage of properties of electropermanent magnet module arrays to change the magnetic state of their magnetizable material during a spin echo.

Abstract: A method, apparatus and components thereof enable stimulating synthesis of new collagen and elastic fibers in superficial tissues, of a human or other living subject by introducing magnetic particles into the superficial tissue and activating the magnetic particles by application of magnetic field to stimulate synthesis of new collagen and elastic fibers.

Abstract: A method, apparatus and components thereof enable selective or differentiated manipulation of at least one of a plurality of particles located in a region of space via magnetic field generation and variation.

Abstract: An apparatus and method of fabricating particles composed of metals, conducting polymers, semiconductors, and composites of such materials are provided. The method includes application of an editing tool, such as a laser, for patterning an editable structure that mounted on an electrically conductive substrate. Portions of the editable structure may be removed so as to allow electrodeposition.

Abstract: Apparatuses and method are provided for collecting information for imaging. The apparatus has an array of two or more electropermanent magnets, and one or more limited magnetic sensors.

Abstract: An apparatus and method collect and deactivate pathogens (for example, coronaviruses) within a magnetic particle in order to reduce the number of active pathogens in a body.

Abstract: An apparatus includes a plurality of particles, wherein each particle contains a plurality of magnetizable (for example, ferromagnetic) and ferroelectric materials in fixed physical relationship (for example, physical contact) with one another. A method and apparatus measure magnetic fields arising from or within the plurality of particles.

Abstract: Apparatuses and methods for MRI take advantage of properties of electropermanent magnet module arrays to change the magnetic state of their magnetizable material during a spin echo.

Abstract: Disclosed apparatuses and methods apply electric fields deep in a body by selectively actuating multiple magnetic modules about the body sequentially in time. The electric field induced in regions of the body from such actuations may have a different frequency, depending on the depth of the region.

Abstract: Methods and apparatuses are provided for performing surgery and other interventional procedures on human and non-human animals with a semi-autonomous and/or fully autonomous robotic system. The methods and apparatuses include a system for controlling magnetic fields to dynamically detect the location of magnetizable tools and to manipulate said tools in order to obtain a favorable therapeutic or diagnostic outcome.

Abstract: An apparatus and method for generating magnetic field changes that more accurately conform to the tracts and regions of the brain that includes at least two coils for generating magnetic fields.

Abstract: An apparatus and method collect and deactivate pathogens (for example, coronaviruses) within a magnetic particle in order to reduce the number of active pathogens in a body.

Abstract: Disclosed embodiments provide an apparatus and method for converting a catheter to a magnetic catheter and using the magnetic catheter by coupling a clamp with magnetizable components to a catheter.

Abstract: Disclosed embodiments enable a method and apparatus of constructing and using magnetic micro-syringes for human or veterinary therapeutic or non-therapeutic procedures.

Abstract: An apparatus includes a plurality of particles, wherein each particle contains a plurality of magnetizable (for example, ferromagnetic) and ferroelectric materials in fixed physical relationship (for example, physical contact) with one another. A method and apparatus measure magnetic fields arising from or within the plurality of particles.

Abstract: A method, apparatus and components thereof enable stimulating synthesis of new collagen and elastic fibers in superficial tissues, of a human or other living subject by introducing magnetic particles into the superficial tissue and activating the magnetic particles by application of magnetic field to stimulate synthesis of new collagen and elastic fibers.

Abstract: A method, apparatus and components thereof enable selective or differentiated manipulation of at least one of a plurality of particles located in a region of space via magnetic field generation and variation.

Abstract: Disclosed embodiments are directed to a method and apparatus for production of pulsed magnetic fields that are focused on one or more innervated pain assemblies and improve the ability of a surgeon or diagnostician to select an appropriate target area for intervention, and to assist in determining whether an intervention will be successful in alleviating symptoms.

Abstract: A method and apparatus generate a pre-polarizing magnetic field having a rise-time of less than about 10 microseconds and/or a fall-time of less than about 10 microseconds for immersing a tissue sample in the pre-polarized magnetic field to polarize an animal tissue sample whereby magnetic gradient and/or radio-frequency pulses may be applied in order to read out the location and/or state of the spins. A method and apparatus deliver such magnetic fields through planar coils. A method and apparatus enable guidance and propulsion of magnetic fluids.

Abstract: A magnetic field generator includes a power source and a segmented or un-segmented coil connected to the power source to generate a time-varying magnetic field. Energy is applied to the coil so that the coil generates a time-varying magnetic field gradient with a magnitude of at least 1 milliTesla per meter and a rise-time of less than 10 microseconds. The coil may be comprised of overlapping, non-overlapping or partially overlapping coil segments that may individually energized to further improve the operating characteristics of the coil to further decrease bio-effects in magnetic resonance imaging through the use of reduced pulse lengths and multi-phasic magnetic gradient pulses.